Mervi Mantsinen

Group Manager

BSC at Fusion Materials Meeting

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On June 7-9, the BSC researchers Georg Huhs, Stephan Mohr and Mervi Mantsinen from the CASE department participated in a EUROfusion meeting on fusion materials. Their presentation on Recent advances in large-scale atomistic materials modeling at Barcelona Supercomputer Center was well received. The meeting was organized by Prof. María José Caturla at the University of Alicante, Spain.

Materials research is a key topic for the European and worldwide fusion research programme as the technological feasibility of fusion energy depends on the availability of materials that are capable of withstanding the operational conditions of fusion reactors.

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BSC at Expert Meeting on ITER Neutronics

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The XI ITER Neutronics Meeting takes place this week (the 23rd to the 27th May 2016) in Karlsruhe, Germany. Approximately 110 experts from around the world, including Carles Riera from the BSC Fusion group, attend the meeting to present and discuss:

  1. Recent results of ITER neutronics analyses,
  2. Nuclear integration issues for ITER,
  3. Developments in radiation transport simulation and modelling relevant to ITER,
  4. Neutronic experiments, measurements, and related issues relevant to ITER.

The meeting is organised by the Fusion Neutronics Group of the Karlsruhe Institute of Technology (KIT).

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Source: KIT.

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Did you know this about plasma?

Ten things you may not know about the plasma:

  1. It’s the fourth state of matter: Solid, liquid, gas, and plasma. Plasma is a super-heated gas, so hot that its electrons get out of the atom’s orbit and roam free. A gas thus becomes a plasma when extreme heat causes its atoms to shed their electrons.
  2. It’s everywhere. Plasma is the most abundant form of visible matter in the universe – it is thought to make up 99 percent of what we see in the night sky. Plasma populates and dominates the vast regions of interstellar and interplanetary space.
  3. Stars, like the sun, are gigantic balls of plasma. And there are billions of them, so studying plasma can help us understand the cosmos.

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